| identifier |
Globally unique identifier:Primitive::CharacterString shall uniquely identifies a tuple within the dataset and be formatted as an absolute URI conformant to RFC 3986. |
| name |
name contains a display name for the ShearDisplacementStructure. |
| description |
description contains a human readable text description of the ShearDisplacementStructure, typically taken from an entry on a geological map legend. |
|
|
| faultType |
faultType contains a human readable description of the type of ShearDisplacementStructure (as defined in GeoSciML). To report an identifier from a controlled vocabulary, faultType_uri shall be used. |
| movementType |
movementType contains a human readable summary of the type of movement (e.g. dip-slip, strike-slip) on the ShearDisplacementStructure. To report an identifier from a controlled vocabulary, movementType_uri shall be used. |
| deformationStyle |
deformationStyle contain a human readable description of the style of deformation (e.g. brittle, ductile etc.) for the ShearDisplacementStructure. To report an identifier from a controlled vocabulary, deformationStyle_uri shall be used. |
| displacement |
displacement contains a text summarising the displacement across the ShearDisplacementStructure. |
| geologicHistory |
geologicHistory contains a text, possibly formatted with formal syntax, describing the age of the ShearDisplacementStructure (where age is a sequence of events and may include process and environment information). |
| observationMethod |
observationMethod contains a metadata snippet indicating how the spatial extent of the feature was determined. ObservationMethod is a convenience property that provides a quick and dirty approach to observation metadata when data are reported using a feature view (as opposed to observation view). |
|
|
| numericOlderAge |
numericOlderAge reports the older age of the fault/shear structure, represented million years (Ma). |
| numericYoungerAge |
numericYoungerAge reports the younger age of the fault/shear structure, represented million years (Ma). |
|
|
| source |
source contains a text describing feature-specific details and citations to source materials, and if available providing URLs to reference material and publications describing the geologic feature. This could be a short text synopsis of key information that would also be in the metadata record referenced by metadata_uri. |
| metadata_uri |
If present, the property metadata_uri:Primitive::CharacterString contains a URI referring to a metadata record describing the provenance of data. |
|
|
| shape |
The property shape:GM_Object contains a geometry defining the extent of the feature of interest. |
| positionalAccuracy |
If present, the property positionAccuracy:Primitive::CharacterString contains quantitative representation defining the radius of an uncertainty buffer around a MappedFeature (e.g., a positionalAccuracy of 100 m for a line feature defines a buffer polygon of total width 200 m centred on the line). |
|
|
| FaultActivity |
Qualitative rating of the fault activitity. A fault that has slipped in historic time and which is likely to slip again in the future. |
| FaultAperture |
GT1R1A1 |
| FaultLength |
Fault length (L) is the longest horizontal or subhorizontal dimension along the fault plane |
| FaultDepth |
Fault depth is the depth where no further relative displacement is recorded |
| FaultInfilling |
Substance interspersd between the wall surfaces of a discontinuity (JGS) generally, the material occupying the space between joint surfaces, faults, and other rock discontinuitires. The filling material may be clay, gouge, various natural cementaing agents, or alteration products of the adjacent rock.(ASTM, ISRM) |
| DipDirection |
The geographic direction of a line created by the intersection of a plane and the horizontal plane. If non specific convention is used, this angular value is in the range 0 to 18 degrees. In this case, there is an ambiguity on the dip orientation. For example, a plane with an orientation of 90 degrees from the nord could either have a dip direction to the North or to the South. Thus, to avoid this ambiguity, a strike value is generally completed with an indication of the dip orientation (Quadrant). |
| FaultSlipDirection |
Observed relative displacement direction of the hangingwall (top) to the footwall, e.g. up. Down, left, right or combinations (like top down - left) |
| FaultPitchAngle |
angle between the strike of the slip surface and the slip vector (striation) |
| FaultThrow |
the vertical displacement between the Hanging wall and Footwall |
| FaultHeave |
the horizontal displacement between the Hanging wall and Footwall. |
| FaultOffset |
The horizontal displacement between points on either side of a fault, which can range from millimeters to kilometers. |
| FaultDipSeparation |
offset of beds parallel to fault |
| FaultStrikeSeparation |
offset of beds parallel to dip |